Product details
Brand Assurance
22+ years of RC experience.
RadioLink Electronic Limited was founded on September 15th, 2003, and registered a trademark in China, the European Union, and the USA.
In 2013, ten channels transmitter AT10 with full functions and full model types was launched. Radiolink succeeded in finishing the strategy transformation from full set of electronic design solutions provider to a professional RC remote control system designer and manufacturer.
Business License
EU Trademark
China and US Registered Trademarks
R&D Capacity
In 2014, Radiolink planned to develop flight controller and picked up the PIXHAWK finally by comparing most of the flight controllers. It took about one year and seven months to repeatedly test and learn all the functions such as basic use, PID parameter regulation, review a Log of helicopter, fixed wing, multicopter, car and boat. Redesigned the circuit after totally understanding the circuit design and program code of PIXHAWK, achieved less interference of inner components, less noise, more accurate compass and safety while flying, resolved the problem that Altitude Hold was not so much precision.
Quality Assurance
Radiolink took about six months to develop the Automation software Testing system, ensuring the quality of every function of every PIXHAWK. As the only PlX manufacturer that realizes test automation from the sensor to the interface, testing efficiency of Radiolink is far more than traditional manual testing.
Production Assurance
Complete automatic, anti-static form SMT to welding achieved less interference of inner components. Full mechanical, anti-static, fully automated welding from patch to backhand welding, to reduce the interference of geomagnetic sensors, which greatly improves the efficiency of production inspection. All the chips, such as the processor, sensors, and others, are imported as a whole package by the primary agency. Dust-free and environmentally-friendly workshop ensures its durability.
Equipped with the SUI04, Omnidirectional Obstacle Avoidance
An external I2C expansion board can be connected, supporting up to 6 SUI04 ultrasonic obstacle avoidance modules, achieving omnidirectional obstacle avoidance in all directions (front, back, left, right, and upward), as well as altitude hold downwards. This ensures safety for applications such as firefighting, emergency rescue, tea garden and orchard plant protection, and educational training.
Power Module* with Wide Voltage Input
The power module that comes with the flight controller with a wide voltage input range of 2-12S (7.4-50.4V), a maximum detection current of 90A (single ESC maximum detection current is 22.5A), a BEC output voltage of 5.3±0.2V, and a BEC output current of 2A.
PIXHAWK Connectors(Radiolink PIXHAWK is 2.4.8)
Difference between Pixhawk 2.4.8 and Pixhawk 2.4.6
Hardware
Pixhawk 2.4.6
Pixhawk 2.4.8 (Radiolink PIXHAWK)
Remarks
Barometer sensor
MS5611
MS5611
the same
Three-axis digital gyroscope
L3GD20
IST8310
The original L3GD20 and LSM303D chips were discontinued, and Radiolink redesigned them to replace them IST8310
triaxial accelerometer(E-compass)
LSM303D
Six-axis accelerometer(Gyro)
MPU6000
MPU6000
the same
FRAM
FM25V01
(128Kb)
FM25V02
(256Kb)
Version 2.4.8 PIXHAWK has twice the capacity of version 2.4.6(more waypoints storage, 718 waypoints for multicopter, 724 waypoints for airplane, car and boat)
All Functions Automation Software Testing System
Have not
Have
Radiolink took about six months to develop the Automation Software Testing System, and ensure the quality of every function of every PIXHAWK. As the only PIX manufacturer that realizes test automation from the sensor to the interface, the testing efficiency of Radiolink is far more than traditional manual testing.
Package Includes:
1× Radiolink Pixhawk Flight controller Board
1× Power Module
1× SD Card
1× Safety Switch
1× 3-wire Servo Cable
1× Buzzer
2× Mounting Foam
Specifications
Weight & Dimension
Dimension
82.2*51.8*16.5mm(3.2*2*0.65")
Weight
38g(PIXHAWK only)
Hardware Specification
Main Processor
STM32F427VIT6
Coprocessor
STM32F100C8T6
Sensor
Gyro & Accelerometer
MPU6000
E-compass
IST8310
Barometer
MS5611
FRAM
256 Kb(718 waypoints for multicopter, 724 waypoints for airplane, car and boat )
Connector
Type
XH socket
SPK/DSM
1
Mavlink UART
2 (with RTS/CTS)
USB Port
2
Buzzer
1
Safety Switch
1
ADC Port
3.3V*1&6.6V*1
SERIAL4/5 Port
1
GPS UART
1
CAN Port
1
SPI Port
1
I2C
1
Signal Output
SBUS/PPM/CRSF
RSSI Signal
Strength Input
PWM/3.3V
PWM Output
8 OneShot/PWM Output(Configurable)
DSHOT Protocol
Support(must upgrade the firmware to V4.0 or above)
Aux Output
6 PWM Output(Configurable)
SD Port
1
Power Module
Specifications
Weight
24.5g(0.86oz) without wire
Input Voltage
2-12S
Maximum Detection Current
90A
Output Voltage(BEC)
5.3V±0.2V
Output Current(BEC)
2A
Single ESC Maximum
Detection Current
22.5A
Adaptable Models
Specifications
USB Voltage
5V±0.3V
Servo Voltage
Input Non Applicable
Operating Temperature
-30~85℃
22+ years of RC experience.
RadioLink Electronic Limited was founded on September 15th, 2003, and registered a trademark in China, the European Union, and the USA.
In 2013, ten channels transmitter AT10 with full functions and full model types was launched. Radiolink succeeded in finishing the strategy transformation from full set of electronic design solutions provider to a professional RC remote control system designer and manufacturer.
Business License
EU Trademark
China and US Registered Trademarks
R&D Capacity
In 2014, Radiolink planned to develop flight controller and picked up the PIXHAWK finally by comparing most of the flight controllers. It took about one year and seven months to repeatedly test and learn all the functions such as basic use, PID parameter regulation, review a Log of helicopter, fixed wing, multicopter, car and boat. Redesigned the circuit after totally understanding the circuit design and program code of PIXHAWK, achieved less interference of inner components, less noise, more accurate compass and safety while flying, resolved the problem that Altitude Hold was not so much precision.
Quality Assurance
Radiolink took about six months to develop the Automation software Testing system, ensuring the quality of every function of every PIXHAWK. As the only PlX manufacturer that realizes test automation from the sensor to the interface, testing efficiency of Radiolink is far more than traditional manual testing.
Production Assurance
Complete automatic, anti-static form SMT to welding achieved less interference of inner components. Full mechanical, anti-static, fully automated welding from patch to backhand welding, to reduce the interference of geomagnetic sensors, which greatly improves the efficiency of production inspection. All the chips, such as the processor, sensors, and others, are imported as a whole package by the primary agency. Dust-free and environmentally-friendly workshop ensures its durability.
Equipped with the SUI04, Omnidirectional Obstacle Avoidance
An external I2C expansion board can be connected, supporting up to 6 SUI04 ultrasonic obstacle avoidance modules, achieving omnidirectional obstacle avoidance in all directions (front, back, left, right, and upward), as well as altitude hold downwards. This ensures safety for applications such as firefighting, emergency rescue, tea garden and orchard plant protection, and educational training.
Power Module* with Wide Voltage Input
The power module that comes with the flight controller with a wide voltage input range of 2-12S (7.4-50.4V), a maximum detection current of 90A (single ESC maximum detection current is 22.5A), a BEC output voltage of 5.3±0.2V, and a BEC output current of 2A.
PIXHAWK Connectors(Radiolink PIXHAWK is 2.4.8)
Difference between Pixhawk 2.4.8 and Pixhawk 2.4.6
Hardware
Pixhawk 2.4.6
Pixhawk 2.4.8 (Radiolink PIXHAWK)
Remarks
Barometer sensor
MS5611
MS5611
the same
Three-axis digital gyroscope
L3GD20
IST8310
The original L3GD20 and LSM303D chips were discontinued, and Radiolink redesigned them to replace them IST8310
triaxial accelerometer(E-compass)
LSM303D
Six-axis accelerometer(Gyro)
MPU6000
MPU6000
the same
FRAM
FM25V01
(128Kb)
FM25V02
(256Kb)
Version 2.4.8 PIXHAWK has twice the capacity of version 2.4.6(more waypoints storage, 718 waypoints for multicopter, 724 waypoints for airplane, car and boat)
All Functions Automation Software Testing System
Have not
Have
Radiolink took about six months to develop the Automation Software Testing System, and ensure the quality of every function of every PIXHAWK. As the only PIX manufacturer that realizes test automation from the sensor to the interface, the testing efficiency of Radiolink is far more than traditional manual testing.
Package Includes:
1× Radiolink Pixhawk Flight controller Board
1× Power Module
1× SD Card
1× Safety Switch
1× 3-wire Servo Cable
1× Buzzer
2× Mounting Foam
Specifications
Weight & Dimension
Dimension
82.2*51.8*16.5mm(3.2*2*0.65")
Weight
38g(PIXHAWK only)
Hardware Specification
Main Processor
STM32F427VIT6
Coprocessor
STM32F100C8T6
Sensor
Gyro & Accelerometer
MPU6000
E-compass
IST8310
Barometer
MS5611
FRAM
256 Kb(718 waypoints for multicopter, 724 waypoints for airplane, car and boat )
Connector
Type
XH socket
SPK/DSM
1
Mavlink UART
2 (with RTS/CTS)
USB Port
2
Buzzer
1
Safety Switch
1
ADC Port
3.3V*1&6.6V*1
SERIAL4/5 Port
1
GPS UART
1
CAN Port
1
SPI Port
1
I2C
1
Signal Output
SBUS/PPM/CRSF
RSSI Signal
Strength Input
PWM/3.3V
PWM Output
8 OneShot/PWM Output(Configurable)
DSHOT Protocol
Support(must upgrade the firmware to V4.0 or above)
Aux Output
6 PWM Output(Configurable)
SD Port
1
Power Module
Specifications
Weight
24.5g(0.86oz) without wire
Input Voltage
2-12S
Maximum Detection Current
90A
Output Voltage(BEC)
5.3V±0.2V
Output Current(BEC)
2A
Single ESC Maximum
Detection Current
22.5A
Adaptable Models
Specifications
USB Voltage
5V±0.3V
Servo Voltage
Input Non Applicable
Operating Temperature
-30~85℃
